EP2330-0-DM Series Carbon Monoxide Sensing Laser Diode

Specifications

Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 2330 nm
Output Power: 1 mW
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Features


  • Precision Carbon Monoxide Detection: The EP2330-0-DM series is specifically designed for detecting Carbon Monoxide using the 2330 nm absorption line, ensuring accurate and reliable measurements.

  • Discrete Mode Technology: Built on Eblana's proprietary Discrete Mode technology platform, this laser offers stable and precise lasing performance.

  • Versatile Packaging Options: Available in multiple packaging options, including 14-Pin Butterfly (with isolator), TO39 (with TEC), TO56, and DX-1 Module (with driver & TEC electronics), to suit various application needs.

  • Stable Spectral Performance: Delivers precise and stable spectral performance with low sensitivity to mechanical vibration, ensuring consistent results.

  • Tunable Wavelength: The laser can be tuned by either temperature or current, offering flexibility in operation.

  • High Optical Isolation: Provides an optical isolation of greater than 40 dB, enhancing performance in complex environments.

  • Narrow Linewidth: Features a linewidth of less than 2 MHz, ensuring high precision in detection applications.

  • Monolithic Design: The laser's monolithic design eliminates the need for an external cavity, simplifying integration and reducing potential points of failure.

Applications


  • Carbon Monoxide Detection: Precise monitoring in industrial, residential, and environmental safety systems.

  • Gas Sensing Instruments: Integration into compact and portable gas analyzers.

  • Environmental Monitoring: Real-time air quality measurement for pollution control.

  • Industrial Process Control: Leak detection and safety monitoring in manufacturing plants.

  • Scientific Research: Spectroscopic analysis requiring narrow linewidth IR sources.

  • OEM Integration: Customizable packaging for OEM laser-based sensing modules.

  • Optical Communication: Suitable for applications demanding ultra-narrow linewidth lasers.